Nano-watt power management and vibration sensing on a dust-size batteryless sensor node for ambient intelligence applications.
Toshishige ShimamuraMamoru UgajinKenji SuzukiKazuyoshi OnoNorio SatoKei KuwabaraHiroki MorimuraShin'ichiro MutohPublished in: ISSCC (2010)
Keyphrases
- ambient intelligence
- power management
- energy efficiency
- energy consumption
- sensor networks
- smart home
- sensor nodes
- wireless sensor networks
- power consumption
- energy saving
- smart environments
- energy efficient
- sensor data
- data center
- intelligent environments
- ubiquitous computing
- context aware
- intelligent systems
- wearable computing
- ambient assisted living
- data transmission
- human centered
- mobile sensor networks
- artificial intelligence
- context awareness
- ambient computing
- pervasive computing
- ambient intelligence environments
- base station
- routing protocol
- ambient intelligence systems
- sensed data
- body sensor networks
- ambient intelligent
- health monitoring
- routing algorithm
- data management
- response time
- smart objects
- cooperative
- data streams
- digital libraries
- everyday objects
- battery life
- computational intelligence
- data collection
- wireless communication